Programmable Logic Controllers: Industrial Control

Ch 1. Introduction to PLC Control Systems & AutomationControl Systems Overview; Hardwired Systems Overview; PLC's Overview
Ch 2. Fundamentals of PLC Logic ProgrammingPLC Hardware; Ladder Logic Diagrams; Sequential & Combinational Logic Instructions
Ch 3. Timers & Counters ProgrammingTimers Fundamentals; Counters Fundamentals; Special Timing Instructions
Ch 4. Math, Move, & Comparison InstructionsMath Instructions; Comparison Instructions; Implemented Application
Ch 5. Devices Configuration & Human Machine InterfaceDevice & PLC/HMI Configuration; HMI Interfacing; Control & Monitoring
Ch 6. Process Control Design & TroubleshootingProcess Control Overview (Layer 1); Process Control Implementation (Layer 2); Process Control Checkout & Startup (Layer 3)
Ch 7. Instrumentation & Process ControlInstrumentation Basics; Process Control Elements; Signal Conversion; Process Control System; Closed Loop Process Control Types
Ch 8. Analog Programming & Advanced ControlAnalog Input/Output Configuration & Programming; PID Control Configuration & Programming; PID Instruction
Ch 9. Comprehensive Case StudiesCase Study Overview; Case Study Ladder Implementation; Case Study HMI Implementation
App. Sol'ns - Odd-Numbered Exercises

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A Complete, Hands-on Guide to Programmable Logic Controllers

Programmable Logic Controllers: Industrial Control offers a thorough introduction to PLC programming with focus on real-world industrial process automation applications. The Siemens S7-1200 PLC hardware configuration and the TIA Portal are used throughout the book. A small, inexpensive training setup illustrates all programming concepts and automation projects presented in the text. Each chapter contains a set of homework questions and concise laboratory design, programming, debugging, or maintenance projects. This practical resource concludes with comprehensive capstone design projects so you can immediately apply your new skills.

COVERAGE INCLUDES:

• Introduction to PLC control systems and automation
• Fundamentals of PLC logic programming
• Timers and counters programming
• Math, move, and comparison instructions
• Device configuration and the human-machine interface (HMI)
• Process-control design and troubleshooting
• Instrumentation and process control
• Analog programming and advanced control
• Comprehensive case studies
• End-of-chapter assignments with odd-numbered solutions available online
• Online access to multimedia presentations and interactive PLC simulators

• For Students
• Errata
• For Instructors